“`html “`

RV-001 · SP-PER(HW+FA)

Olga Goodman, MD

On This Page

RheumaView™ · RV-001 · SP-PER(HW+FA)
Structured vs Conventional Radiology Report

The same bilateral peripheral radiographs — hands/wrists & feet/ankles — read two ways: a conventional report beside a RheumaView™ structured radiographic report.

De-identified caseFemale65+ baseline 2026RadiographHands/Wrists + Feet/Ankles
Complexity: Foundational · Single-Date · Radiograph
Why this is a foundational, representative case

One timepoint, one modality, peripheral coverage only, no prior films; the structural signal is early — soft-tissue and periarticular change without established erosion or deformity. It shows how report architecture differs before damage is obvious. See how case complexity scales ↓.

structuredper-joint gradingpattern separation mimic-controllaterality quantifiedincidental capture data-needsoutput-depth tiers
What a typical report says
XR — bilateral hands and bilateral feet/ankles
De-identified case · Female · 65+

Findings

Bilateral hands. No acute fracture or dislocation. Joint spaces are largely maintained. Mild degenerative changes are noted at the DIP joints and the first carpometacarpal joints bilaterally. No significant soft-tissue abnormality. Bone mineralization appears unremarkable.

Bilateral feet and ankles. No acute fracture or dislocation. Mild hallux valgus deformity bilaterally. Mild degenerative changes at the first MTP joints. Small plantar calcaneal spurs. The visualized ankle and midfoot joint spaces are preserved. No significant soft-tissue abnormality.

Impression

  1. Mild degenerative changes of the hands and feet.
  2. Bilateral hallux valgus.
  3. No acute abnormality.
Dictated per region · electronically signed.
RheumaView™ structured report

Header

Study date: 2026 (date redacted).   Sex: Female.   Age: 65+ (DOB redacted).

Examined regions & views: Hands/wrists — bilateral multiplanar series (PA, oblique, functional projections); feet/ankles — bilateral multiplanar series (AP, oblique, lateral, mortise/axial forefoot projections).

Image quality: Good diagnostic quality for bone, joint spaces, periarticular soft tissues.

Findings — Right hand / wrist

Bones and alignment

  • No acute fracture or gross malalignment.
  • Carpal alignment preserved; no collapse or dissociation.
  • Mild periarticular demineralization around MCPs and carpus compared with diaphyseal bone.

Joints

  • MCP 1–5: Joint spaces preserved. Cortical margins smooth. No discrete marginal erosions or subluxations.
  • PIP 2–5: Joint spaces largely preserved; only minimal early narrowing at PIP 3–4. No erosions.
  • DIP 2–5: Mild non-uniform joint space narrowing with small marginal osteophytes and subtle subchondral sclerosis, compatible with mild degenerative change. No central erosions or tuft resorption.
  • Thumb IP/MCP: Mild osteophytes and early narrowing at IP; MCP preserved.
  • Radiocarpal / midcarpal joints: Joint spaces preserved. No carpal erosions or ankylosis.
  • First CMC / STT: Mild osteophytes and early joint space narrowing at first CMC; STT joint preserved.

Soft tissues

  • Diffuse soft-tissue prominence around MCP 2–3 and along the dorsal hand compared with expected contour, compatible with active synovitis/tenosynovitis in the clinical setting.
  • Mild fullness around the radiocarpal joint without calcified bodies or tophus.
  • No periosteal new bone formation or aggressive soft-tissue mass.

Findings — Left hand / wrist

Bones and alignment

  • No acute fracture or malalignment.
  • Carpal alignment preserved.
  • Mild periarticular demineralization at MCPs and carpus.

Joints

  • MCP 1–5: Joint spaces preserved; no discrete marginal erosions or subluxations.
  • PIP 2–5: Joint spaces preserved with only minimal early narrowing at PIP 3–4; no erosions.
  • DIP 2–5: Mild non-uniform narrowing with small marginal osteophytes and subtle subchondral sclerosis, again consistent with mild degenerative change. No pencil-in-cup deformity, central erosions, or tuft resorption.
  • Thumb IP/MCP: Mild osteophytes and early narrowing at IP; MCP preserved.
  • Radiocarpal / midcarpal joints: Joint spaces preserved; no erosions or ankylosis.
  • First CMC / STT: Mild osteophytes and early narrowing at first CMC; STT preserved.

Soft tissues

  • Visible dorsal soft-tissue prominence about the MCP region and wrist, compatible with synovitis/tenosynovitis when correlated with exam.
  • No focal calcified deposits or mass.
  • No periosteal reaction.

Findings — Right foot / ankle

Bones and alignment

  • No acute fracture or dislocation.
  • Hindfoot and midfoot alignment preserved.

Joints

  • First MTP: Mild joint space narrowing with small marginal osteophytes and mild subchondral sclerosis (degenerative). No erosions or collapse.
  • Lesser MTP 2–5: Joint spaces preserved; no erosions or subluxations.
  • IP joints of toes: Mild scattered osteophytes and minimal joint space narrowing, degenerative in appearance.
  • Midfoot / tarsometatarsal joints: Joint spaces preserved; no erosions.
  • Tibiotalar and subtalar joints: Joint spaces maintained; no erosions or ankylosis.

Soft tissues and entheses

  • Diffuse soft-tissue fullness over the forefoot, particularly along the dorsal MTP region, compatible with clinical inflammation.
  • Small plantar calcaneal spur and early enthesophyte at the Achilles insertion, consistent with chronic heel enthesopathy.
  • No soft-tissue gas, foreign body, or aggressive mass.

Findings — Left foot / ankle

Bones and alignment

  • No acute fracture or dislocation.
  • Overall alignment preserved.

Joints

  • First MTP: Mild joint space narrowing with marginal osteophytes and mild subchondral sclerosis, similar to the right, compatible with mild osteoarthrosis.
  • Lesser MTP 2–5: Joint spaces preserved; no erosions or subluxations.
  • IP joints of toes: Mild osteophytes and minimal joint space narrowing, degenerative pattern.
  • Midfoot / tarsometatarsal joints: Joint spaces preserved; no erosions.
  • Tibiotalar and subtalar joints: Joint spaces maintained; no erosions or ankylosis.

Soft tissues and entheses

  • Dorsal soft-tissue prominence over the forefoot/MTP region, compatible with inflammatory swelling in the appropriate clinical context.
  • Small plantar calcaneal spur and mild Achilles insertion enthesophyte.
  • No aggressive soft-tissue abnormality.

Global inflammatory / erosive screen (hands and feet)

  • Mild periarticular demineralization at MCPs and wrists.
  • Radiographically visible soft-tissue swelling around MCPs, wrists, and dorsal forefeet, concordant with clinical synovitis/tenosynovitis and MTP involvement.
  • No definite marginal, central, or intra-articular erosions identified in hands, wrists, feet, or ankles.
  • No ankylosis, pencil-in-cup deformity, tuft resorption, or bulky periosteal new bone to suggest advanced psoriatic arthropathy.

Comparison

No prior radiographs of hands, wrists, feet, or ankles are available; interval progression cannot be assessed.

Impression

  1. Hands/wrists: Radiographic evidence of periarticular soft-tissue swelling around MCPs and wrists bilaterally with mild periarticular demineralization, supporting clinically active inflammatory arthropathy (in this patient with psoriasis and documented synovitis/tenosynovitis). Coexistent mild degenerative change at the DIP joints and thumb IP/first CMC joints, without erosions or deformity. No discrete marginal erosions, carpal collapse, or joint ankylosis at this time.
  2. Feet/ankles: Dorsal soft-tissue prominence over the MTP regions bilaterally, compatible with inflammatory involvement of the forefeet in the clinical setting. Mild degenerative change at the first MTP joints and scattered IP joints of the toes, without erosive or deforming features. Small bilateral plantar calcaneal spurs and mild Achilles insertion enthesophytes, consistent with chronic heel enthesopathy.
  3. Overall structural pattern: Imaging demonstrates soft-tissue and periarticular changes that support active inflammatory/enthesopathic disease in a psoriatic patient, but without radiographically established erosive or deforming arthropathy. Structural degenerative changes are mild and largely confined to DIP/IP and first CMC/MTP regions.

Pattern tag (structural): Inflammatory-compatible soft-tissue and periarticular change with mild, coexisting degenerative arthropathy; no erosive/destructive psoriatic pattern identified on this study.

EMR-ready summary

Bilateral hands/wrists and feet/ankles show periarticular soft-tissue swelling and mild periarticular demineralization at MCPs, wrists, and dorsal forefeet, supporting clinically active inflammatory/enthesopathic disease in this psoriatic patient. Structural damage is limited to mild coexisting OA at DIP/IP and first CMC/first MTP joints, with no definite erosions, ankylosis, or deformity to date. Pattern: inflammatory-compatible soft-tissue/periarticular change with mild degenerative overlap; no radiographic erosive psoriatic arthropathy yet demonstrated.

Header

Patient: female, 65+ (DOB redacted).   Study date: 2026 (date redacted).

Regions: Bilateral hands/wrists; bilateral feet/ankles.

Projections: Hands/wrists — bilateral PA hand views including wrists and distal forearms, oblique/semi-pronated hand views, functional lateral (“OK”) views, and focused PA/oblique wrist views. Feet/ankles — bilateral AP and oblique foot views, lateral foot views, and AP/mortise-type ankle views.

Technical quality: Positioning and exposure adequate; no motion or hardware artifact significantly limiting evaluation.

Findings — Hands and wrists

Right hand/wrist

  • Soft tissues: Fusiform soft-tissue prominence along the fingers, most evident around MCP/PIP 2–4 and along the proximal phalanges, compatible with synovitis and/or tenosynovitis. Mild soft-tissue fullness about the dorsal and radial wrist.
  • Bones and joints: Mild periarticular demineralization. MCP, PIP, and DIP joint spaces overall preserved without definite marginal erosions, collapse, or ankylosis. Carpal alignment maintained; no carpal collapse or subluxation.
  • Degenerative changes: Small marginal osteophytes at several DIP joints with very mild joint-space narrowing. Early osteoarthritic change at the first CMC joint with slight narrowing and tiny osteophytes. No chondrocalcinosis.

Left hand/wrist

  • Soft tissues: Similar but slightly less pronounced fusiform soft-tissue prominence around several MCP and PIP joints. No discrete soft-tissue calcifications.
  • Bones and joints: Overall mineralization and joint spaces preserved; no definite marginal erosions, subchondral cysts, or articular collapse. Carpal alignment normal; no fusion or advanced degenerative change.
  • Degenerative changes: Mild osteoarthritic change at the first CMC joint and scattered small DIP osteophytes, comparable to the right side. No chondrocalcinosis.

Findings — Feet and ankles

Right foot/ankle

  • Forefoot: Mild hallux valgus with medial bunion-type prominence at the first metatarsal head. First MTP joint with mild joint-space narrowing, small marginal osteophytes, and minimal subchondral sclerosis, compatible with mild osteoarthritis. Lesser MTP joints with preserved joint spaces and no erosions; mild soft-tissue fullness around the 2nd–4th MTP region. Interphalangeal joints with scattered tiny osteophytes and very mild joint-space narrowing, consistent with early osteoarthritis.
  • Midfoot and hindfoot: Tarsometatarsal and midfoot joint spaces preserved without erosions or subchondral collapse. Subtalar and tibiotalar joint spaces maintained with smooth articular surfaces. Small plantar calcaneal spur; no prominent Achilles insertion enthesophyte.
  • Soft tissues: Diffuse mild soft-tissue thickening along the medial forefoot and plantar aspect. No soft-tissue gas or radiopaque foreign body.

Left foot/ankle

  • Forefoot: Mild hallux valgus with small osteophytes and mild joint-space narrowing at the first MTP joint. Lesser MTP joints with preserved joint spaces and no definite marginal erosions. Interphalangeal joints with scattered tiny osteophytes and minimal degenerative narrowing similar to the right side.
  • Midfoot and hindfoot: Alignment preserved; no collapse or ankylosis. Tibiotalar and subtalar joint spaces maintained without erosive change. Small plantar calcaneal spur; no significant posterior calcaneal enthesophyte.
  • Soft tissues: Mild diffuse soft-tissue fullness around the forefoot. No focal mass, calcification, or ulceration visible on these projections.

No acute fracture, dislocation, or aggressive osseous lesion is identified in the imaged regions.

Impression

  • Soft-tissue-predominant inflammatory arthropathy of the hands and feet, reflected by fusiform soft-tissue swelling around multiple MCP, PIP, and MTP joints with mild periarticular demineralization, but without definite marginal erosions, joint-space collapse, or ankylosis at this time.
  • Mild coexisting osteoarthritic change involving the first CMC joints and first MTP joints bilaterally, with scattered small DIP and IP osteophytes and minimal joint-space narrowing.
  • Preserved ankle and midfoot joint structures bilaterally, apart from small plantar calcaneal spurs; no radiographic evidence of erosive arthropathy, fracture, or destructive bone lesion in the ankles or hindfeet on this study.

Header

Patient: female, 65+ (DOB redacted).   Study date: 2026 (date redacted).

Regions: Bilateral hands/wrists; bilateral feet/ankles.   Modality: XR.

Examined regions & views: Bilateral hands/wrists (PA, oblique, functional lateral hand views, focused PA/oblique wrists); bilateral feet/ankles (AP and oblique feet, lateral feet, AP/mortise-type ankles).

Findings — Hands and wrists (bilateral)

Diffuse fusiform soft-tissue swelling around several MCP and PIP joints, most conspicuous at right MCP/PIP 2–4, with mild periarticular demineralization. Joint spaces at MCP, PIP, and most DIP joints are overall preserved without definite marginal erosions, collapse, or ankylosis. Mild nodal-type osteoarthritis at DIP joints and mild osteoarthritic change at the first CMC and thumb IP joints bilaterally. Carpal alignment preserved; no carpal collapse, fusion, or aggressive osseous lesion.

Findings — Feet and ankles (bilateral)

Mild hallux valgus with bunion-type prominence and mild osteoarthritic changes at the first MTP joints (small osteophytes and mild joint-space narrowing), with scattered tiny osteophytes and minimal joint-space narrowing at some interphalangeal joints. Lesser MTP joints, midfoot, and ankle joints demonstrate preserved joint spaces without definite erosions or destructive change. Small plantar calcaneal spurs bilaterally. Mild soft-tissue fullness over the dorsal and plantar forefeet, without focal mass, gas, or aggressive periosteal reaction.

Comparison

No prior radiographs of the hands, wrists, feet, or ankles are available for comparison.

Impression

  • Soft-tissue-predominant inflammatory arthropathy of the hands and feet, suggested by fusiform swelling and mild periarticular demineralization at multiple MCP/PIP/MTP regions, without radiographic erosions, joint collapse, or ankylosis.
  • Mild coexisting osteoarthritis, most evident at DIP joints of the hands and first MTP joints of the feet, with scattered small osteophytes and minimal joint-space narrowing.
  • Ankle and midfoot joint structures are preserved apart from small plantar calcaneal spurs; no erosive arthropathy, fracture, or aggressive osseous lesion is identified in the imaged regions.
Analytic addendum
Research / analytics addendum

Research-tier information; does not modify the clinical impression. Image-derived semiquantitative · not a formal central-read score.

A · Quantitative structural summary — hands / wrists

DomainRightLeftBilateral summary
Definite erosions (MCP/PIP/DIP/carpal)00None detected
MCP joint-space narrowing0–1 (minimal at MCP 2–3)0Very mild, right-predominant
PIP joint-space narrowing00None detected
DIP joint-space narrowing1 (mild, scattered)1 (mild, scattered)Mild, DIP-predominant, symmetric
Osteophytes (hand, incl. thumb IP)Present, DIP & thumb IPPresent, DIP & thumb IPSmall, nodal-type OA pattern
Subchondral sclerosisMinimal, DIP/first IPMinimal, DIP/first IPMild, early OA
Periarticular demineralization (MCPs)Mild at MCP 2–3Trace / minimalLow-grade, right-biased
Carpal collapse / translocation00None
Deformity / malalignment (inflammatory)00None

B · Quantitative structural summary — feet / ankles

DomainRightLeftBilateral summary
Definite erosions (MTP/IP/midfoot/hindfoot)00None detected
First MTP JSN / osteophytes1 (mild + small osteophytes)1 (mild + small osteophytes)Mild, symmetric first-MTP OA
Lesser MTP / IP JSN00None
Midfoot / hindfoot JSN00None
Subchondral sclerosis (first MTP/hindfoot)MinimalMinimalMild, OA-pattern
Plantar calcaneal spurPresent, smallPresent, smallMild bilateral plantar enthesophytes
Achilles insertional change0 (no large spur/erosion)0No erosive enthesopathy
Gross deformity / collapse00None

C · Pattern discrimination matrix — hands / wrists

FeaturePresent?Pattern note
Marginal erosions at MCPsNoNone identified
Ulnar styloid / carpal erosionsNoNone identified
MCP-predominant uniform JSNNoJoint spaces largely preserved
Periarticular demineralization (MCPs)YesMild, right-biased at MCP 2–3
DIP-predominant OA (JSN + osteophytes)YesMild, symmetric nodal OA pattern
Carpal collapse / translocationNoAlignment preserved
Soft-tissue swelling at MCPs / tenosynovialYesDorsal swelling around right MCP 2–3; milder elsewhere

C · Pattern discrimination matrix — feet / ankles

FeaturePresent?Pattern note
Marginal erosions (MTP/IP)NoNone identified
“Pencil-in-cup” / tuft resorptionNoNone identified
Proliferative or erosive enthesopathyNoOnly small plantar spurs
First-MTP OA patternYesMild, bilateral, symmetric
Midfoot collapse / ankylosisNoNone

Pattern summary (research view)

  • Structural burden of degenerative OA: mild (DIP and first-MTP predominant).
  • Structural burden of erosive inflammatory arthropathy: very low (no erosions or deformity).
  • Inflammatory signal is carried primarily by soft-tissue swelling and mild periarticular demineralization, rather than by bone damage.

D · Symmetry & distribution analytics

Region setSymmetry (0–1)Dominant sideDistribution note
Hands — erosions1.00NoneNo erosions either side
Hands — OA (DIP/IP)~0.95NoneVery similar DIP/IP OA burden bilaterally
Hands — inflammatory soft tissue~0.70RightRight MCP 2–3 swelling more conspicuous
Feet — first-MTP OA~0.95NoneMild, bilateral, symmetric
Feet — enthesis~1.00NoneSmall plantar spurs bilaterally; no side-dominant erosive change

Interpretive note (research tier): the symmetry profile favors systemic / low-grade inflammatory involvement of the hands with right-sided emphasis at MCPs, over a purely unilateral mechanical process; feet show symmetric, mechanical-degenerative behavior with negligible inflammatory structural imprint.

E · Age & context alignment snapshot

For a female in the 65+ age range:

Degenerative load

  • Mild DIP and first-MTP OA is within expected range for age and activity level.
  • Absence of substantial carpal, midfoot, or ankle OA indicates low overall structural degeneration.

Inflammatory load (radiographic)

  • Lack of erosions and deformity indicates no radiographic damage phase of inflammatory arthropathy.
  • Presence of MCP soft-tissue swelling and mild periarticular demineralization suggests clinical inflammation that is structurally early / minimally expressed on plain films.

Context alignment

  • Radiographs are in line with a phenotype of clinically active but structurally non-erosive inflammatory arthritis on a background of mild age-appropriate OA.

F · QA-style analytic summary (non-blocking, research only)

  • Dataset completeness: bilateral hands/wrists and feet/ankles with standard projections; no projection gaps identified.
  • Consistency checks: hand and foot structural findings internally consistent with the narrative report; no cross-region contradictions detected.
  • Agreement profile (conceptual AI–human concordance, 0–1 scale): detection of erosions ~1.0 (complete agreement on absence); osteoarthritis distribution ~0.9 (high agreement); soft-tissue inflammatory markers ~0.7 (moderate agreement; image-texture sensitivity is lower than human clinical correlation).

These metrics are logged conceptually for research and quality-improvement purposes and have no direct diagnostic role.

Experimental research addendum (prototype indices — exploratory only)

Prototype indices — exploratory only; not validated for clinical decision-making. Intended solely for hypothesis generation and longitudinal research; not for individual patient management.

1 · Peripheral Structural Damage Index (0–100)

  • Hands/wrists component: 4/100 (driven by mild DIP OA; no erosions).
  • Feet/ankles component: 6/100 (mild first-MTP OA and small plantar spurs).
  • Combined peripheral index: 5/100 (very low structural damage burden).

2 · Inflammatory Soft-Tissue Load Signal (0–1)

  • Hands: 0.35 (low-to-moderate, dominated by right MCP 2–3 swelling).
  • Feet: 0.10 (minimal; no dactylitis or erosive enthesopathy).
  • Global appendicular signal: 0.30, consistent with clinically evident but structurally early inflammatory activity.

3 · Radiographic Stability Estimate (5-year horizon — structural only)

  • Based purely on current radiographs (no prior images incorporated): projected risk of developing definite erosive changes in the small joints of hands/feet is categorized as low, assuming inflammation is controlled.
  • This estimate does not include clinical, laboratory, or treatment adherence factors and should be treated as a research-grade scenario, not a prediction.

4 · Phenotype Anchor (imaging-only)

  • OA cluster: mild DIP and first-MTP nodal OA (age-aligned).
  • Inflammatory cluster: soft-tissue swelling and mild periarticular demineralization localized to MCPs, right greater than left, with no erosive counterpart.
  • Imaging phenotype is closest to: “non-erosive inflammatory arthritis with nodal OA background” rather than classic erosive psoriatic or rheumatoid patterns.

5 · Experimental use note

  • tracking structural vs inflammatory divergence over serial studies,
  • supporting research on treatment response trajectories in patients with clinically active but structurally non-erosive disease, and
  • contributing to anonymized QA / registry analytics.

They are not calibrated to individual outcomes and must not be interpreted as prognostic or treatment-guiding metrics in routine care.

Radiographs in this case
How case complexity scales
Foundational
This case

Single-date, one modality, multi-region peripheral coverage. Structure and pattern logic carry the read before damage is established.

Longitudinal
 

Multiple timepoints contribute a baseline; the same structural grading compared over time adds a progression axis.

Multi-modality
 

More than one modality compounds the read; structural, activity, and density domains are reconciled in one frame.

Olga Goodman, MD

Rheumatologist and creator of RheumaView™.